Thermophore MaxHEAT Moist Heat Pack Model 156 Medium 14 x 14
Designed for smaller areas such as a shoulder, knee or part of the abdomen. Perfect fit for the back or hip of some of our smaller, more petite users, and many customers prefer this size to take along when they travel.
Thermophore MaxHEAT Therapy Pack Our user-friendly Constant-Comfort™ Switch has three temperature settings; Low, Medium and High Intense moist heat designed for home use, to deliver quick, effective pain relief.
- Produces intense moist heat without adding water
- 14 x 14 inches
- Fast-acting therapy relieves pain and stiffness for hours
- Cord Length: 10 feet
- Thermophore is the moist heat pad doctors recommend most
- Max temp: The pads cans run between 150 to 165 degrees F
- Turns off automatically after 25 minutes
To make the Thermophore Heating Pads more efficient, we have positioned weights to cause the Thermophore® packs to conform to body contours. This reduces air spaces between the Thermophore® hot pack and body, so more heat is transmitted to the body tissues. Ordinary stiff plastic heating pads leave air pockets, which result in an uneven transfer of heat.
Why not just buy an ordinary heating pad, instead of a Thermophore?
An ordinary heating pad is not hot enough to provide the same level of comfort and pain relief as the Thermophore®. Thermophore® Heat Packs are hot fomentation products and are viewed as a medical device by medical professionals.
An ordinary heating pad will keep you warm and help you begin to relax, but it will not penetrate deeply into tissue and will not be as effective as a Thermophore® Pack. If you suffer from pain that interferes with your life or keeps you from getting a good night's rest, you will be grateful that you invested in the comfort, pain relief and relaxation of a genuine Battle Creek® Thermophore® product
Why Moist Heat?
Moist heat tends to penetrate better because the water molds to the body and provides better heat transfer to the body. Moist heat has been shown to penetrate 27 times better than dry heat.